基于代谢组学技术的团扇蕨研究及等效替代处方中丹参()的比较。

Song Zhenguang, Yang Bin, Wang Fei, Yan Dongmei, Zhou Xiaoqing, Huang Liping, Gao Xuemei, L I Bin, Huang Luqi
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引用次数: 0

摘要

目的方法:通过对四物汤、六味地黄汤、六味地黄汤、附子处方组(PGPG)、党参处方组(CPPG)的研究,探讨四物汤的药理作用:方法:用相应浓度的水提取物配制正常组、六味寒性药组、六味热性药组、六味凉性药组、PG处方组(PGPG)和党参处方组(CPPG),给Sprague-Dawley大鼠灌胃、收集各组 SD 大鼠第 29 天夜间 12 小时的尿液,用液相色谱质谱系统进行分析,建立寒热、寒凉药性的最佳判别模型,从而预测 PGPG、CPPG 和 PG 的药性。基于Progenesis QI、人类代谢组数据库、京都基因和基因组百科全书、MetaboAnalyst 5.0数据库,我们丰富了寒凉性中药的代谢途径和药性分类机制,以及PG处方的分子机制:结果:我们建立了正离子模式下冷热中药鉴别的最佳模型,该模型预测 PGPG 具有寒性的概率为 88.9%。此外,我们还建立了寒凉药材鉴别模型,PGPG 含有寒凉属性的概率为 77.8%。此外,典型的寒凉药材主要影响大鼠体内的酪氨酸-脯氨酸、(R)-3',7-二羟基-2',4'-二甲氧基异黄烷等九种生物标志物。PGPG对标志物的调节趋势与凉性药材基本一致,主要参与调节细胞色素P450和嘌呤代谢两条途径:结果表明,PGPG与CPPG一样具有清凉的药性,且PGPG对指标的调节趋势与清凉药材一致。因此,PGG 和 CP 的药性应该是一致的,并预测 PGG 的中药属性为中性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Study on the fourof Pfaffia glomerata based on the metabolomics technology and comparison of Dangshen () in the equivalent substitution prescription.

Objective: To explore the four Qiof Pfaffia glomerata (PG) and endow this foreign folk herb with the properties of Chinese medicine, make it Chinese medicinal and localized, and could be used as a Chinese medicine.

Methods: The normal group, six cold herb groups, six hot herb groups, six cool herb groups, PG prescription group (PGPG), and Dangshen (Radix Codonopsis) prescription group (CPPG) were prepared with corresponding concentrations of water extracts, these herb extracts were administered by gavage to Sprague-Dawley rats, and the 12 h urine at night on the 29th day of the SD rats in each group were collected, Liquid Chromatograph Mass Spectrometer system was used to analyze them, the best discriminant models for the medicinal properties of cold-hot and cold-cool were set up, so as to the medicinal properties of PGPG, CPPG and PG were predicted. Based on the Progenesis QI, Human Metabolome Database, Kyoto Encyclopedia of Genes and Genomes, MetaboAnalyst 5.0 database, we enriched metabolic pathway and classification mechanism of medicinal properties of cold-cool Chinese herbs and the molecular mechanism of PG prescription.

Results: We established a best model of cold-hot herbal discrimination in the positive ion mode, then the probability that PGPG was predicted cold property was 88.9%. Furthermore, a model of cold-cool herbal discrimination was established, then the probability of PGPG containing the cool property was 77.8%. In addition, typical cold and cool herbs mainly affected nine biomarkers such as tyrosine-proline, (R)-3',7-Dihydroxy-2',4'-dimethoxyisoflavane in rats. The regulation trend of PGPG on markers was basically as same as the cool herbs and mainly involved in regulating the two pathways of cytochrome P450 and purine metabolism.

Conclusion: The results showed PGPG had a cool medicinal property as same as CPPG, and the regulation trend of PGPG on markers was consistent with cool herbs. Therefore, the medicine properties PG and CP should be consistent, and the Traditional Chinese Medicine property of PG was predicted to be neutral.

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